Probable GOLF Instruction Lower scores by making better choices on the course. New golf technology; more distance.
Applied physics & math to improve golf. Free golf tips based on the latest scientific research.
Golf Putting Tips
Let's say
you are a 19 handicap
and you set a goal
of becoming a 9
handicap by the end
of the season (a
very lofty goal,
but possible). In my earlier newsletters on Statistical Analysis
of an Average Golfer,
for all levels of
players, the most
signficant way to
lower scores is by
improving the short
game. Recall that:
Compared
to overall average
golfer statistics,
you need to improve
by:
† increasing
GIR from 3 to 8 (267%
increase) † increasing
Iron Accuracy
from 20 to 53%
(265% increase) † reducing
Putts per Round
from 35.0 to
31.7 (9.5% decrease) † reducing
Pitch/Chip/Sand
from 15.6 to
9.8 (37% decrease)
Your
ball striking and
thus swing would
need to improve immensely
to reach your goal.
Imagine how much
less improvement
is necessary with
the short game to
realize lower scores.
I recommend you buying Dave
Pelz's book
to help out.
As
some objectives to
achieve this goal,
I would highly recommend
the 19 handicap putting
some things in place
to improve the short
game such as:
† arranging
some lessons from
a local professional † setting
aside an hour each
second day to work
on the short game † purchasing
some books on the
short game to help
out with practice † utilizing
more of my golf site
and tips to improve † it
might be that the
short game is the
only focus of improvement
For
improvement to take
place, of course,
one needs to set
aside ample time
to practice and play.
The 19 handicap won't
improve much if all
he/she does is play
a round of golf 3
times each week.
When top professionals
make significant
changes to their
games, they often
play less and practice
more. It's difficult
to work on improvement
of various aspects
of the game on the
course because the
sole goal there is
score.
After only a few days of practicing my alignment with the laser device attached, I am now squaring the putter face to my target consistently. I can now practice making a proper stroke confident that I am aimed at my target. I am missing my putts a little right now, but am confident that I will "cure" my cut stroke.
Take a look at the Laser Putting Device that I use and consider getting one for yourself
Order yours TODAY! Only $49.95
This section of the site is about improving your putting, which is as outlined above the most effective way of lowering your score. Even if you're a scratch player shooting par, almost half of your strokes are putts.
To improve your putting, you can improve in one or more of the following areas:
1. Stroke Mechanics: There are some fundamentals essential to good putting.
2. Feel: No matter how flawless your stroke, you must develop good kinesthetic feel to stroke putts the correct distance.
3. Reading Greens: With a sound stroke and great feel, you still need to be able to read how much a putt will break.
Track your real putting statistics with a spreadsheet I've developed. You input not only how many putts you've had, but how long they are, thus giving your a much more realistic, useful statistic. One day you may have 26 putts, the next day you may have 32 putts. You may have actually putted better on the 32 putt day (the 26 putt days may have been the result of many short putts; you chipped really well that day).
The first two areas require athletic moves that can be improved upon through practice (some tips on those later). But, the third area, reading greens, can be improved upon by anyone. That's what I'll focus on teaching you now.
By analyzing
how a ball is affected by the slope of the green and by the
frictional resistance of the grass, I have determined how the
plumb bob distance (between shaft and hole) is related to the
amount of break. Most of the breaking occurs in the last few
feet of roll. A typical 20 foot putt which breaks slightly because
of a small slope would look like:
The horizontal
line in the picture is the imaginary line connecting you, the
ball and the hole. The first point on the left of the picture
is the starting position of the ball. The last point on the
right of the picture is the ending point of the ball if the
there were no hole. Where the path of the ball intersects the
imaginary line is the location of the hole. To maximize the
number of putts holed, one wants the speed of the ball to be
enough so that ball would move about 18 inches past the hole
if the hole were not there (as per Dave
Pelz's famous research).
Note
that the ball ends up farthest from the imaginary line about
7/12 of the way to the hole (about 11.5 ft for a 20 ft putt).
I'll refer to this position of a putt as the transition point.
It then crosses the imaginary line (at the hole) in the
remaining 5/12 of the way to the hole (about 8.3 ft). Thus most
of the break occurs in the last half of the distance (or 10
ft for a 20 ft putt).
A typical
20 foot putt which breaks a lot because of a large slope would
look like:
In this
case, the putt breaks a lot more. In fact, there is even
a larger
percentage of break in the last half of the distance traveled.
The transition point is about 8/12 of the way to the hole
(or
about 13.3 ft for a 20 ft putt). I have found that the transition
point depends on the slope of the green, the speed of the
green
and the length of the putt. Thus if a putt plumb bobs 4 inches
left of the hole, the amount of break and thus the amount
one
should aim left or the hole isn't the same for every putt.
A long putt on a fast, high sloped green would break more
than
a shorter putt on a slow, low sloped green.
Using
physics & math, I have modelled how a putt breaks. I have
developed a matrix that tells the golfer how much a putt
breaks dependent upon the plumb read, the length of the
putt and the speed of the putt.
You
can order my plumbing procedure and matrix here for
$15.99 or you can purchase the putting procedure, reading
and playing the wind & reading and playing elevation changes
for $29.99 by clicking the PayPal Logo.
Go to
my order page to see all of the products offered.
For
example here is part of my matrix for a medium speed putt:
Medium Greens – Stimp
meter reading = 10 feet
Putt Length
3 ft
6 ft
10 ft
15 ft
20 ft
30 ft
50 ft
Slope
Low = 0.5 degree
Med = 1.0 degree
3.4
4.0
4.6
5.1
5.1
5.5
5.8
High = 2.0 degree
I've listed the values of my
matrix of a medium sloped putt (1.0 degree of slope). These
values are related to the plumb read which I explain along
with the downloadable matrix. Note that for a long, 50
ft putt, the break is
much greater relative
to
the read
than
a short,
6 ft putt.
My full matrix includes slow
paced and fast paced putts as well, which break different
amounts but would have the same plumb read.
I provide a service to golfers who are interested
in determining how to read putts. If you'd like to purchase
this service, in which I explain in detail how to plumb and
use my "putting matrix" to translate the read into how much
break, click the Order
Services option.
I'll
send you the method I have developed. I'll provide you
with information
applicable for putting on slow, medium or fast greens.
If you
know the stimpmeter reading of your greens, you can send
that
information along and I'll provide you with precise information
applicable to putting your greens.
Keep your putting statistics. Get a free software program
which will track a calculate your real putting ability. Not
just how many putts you make per round, but what percentage
of various length putts you make and how many strokes it
takes from different distances. You can then compare yourself
to the pros and other handicap groups. Just make a purchase
from my site and I'll throw the program in for FREE.
Plumb
Bob & Reading Putts
This
page deals how to read a putt given the slope of the green and using
a plumb bob. Reading putts for most golfers is real guess work.
Most golfers determine the amount of break of a putt from past experience.
Put the average golfer on a green he/she has never played before,
and the probability of the golfer reading the putt correctly would
be very low.
Most
putts are under-read by golfers, even the professionals. I have
developed a method to read putts using a plumb bob. Many would
argue that plumb bobbing can only tell you which way a putt breaks,
but not the amount. I was one of those people. But after analyzing
the physics and mathematics of a breaking putt, I have determined
a fairly simple procedure of taking what is learned from plumb-bobbing,
and calculating the amount of break, which depends on the speed
of the green and the length of the putt.
First
of all, how does one plumb bob. It's actually and very simple procedure
but is difficult to be accurate if you're not careful.
stand
behind the ball so the ball is between you and the hole
ensure
that the hole, the ball and you are on an imaginary, straight line.
to
ensure all are on a straight line, you should stand about 10 feet
behind the ball (closer will make it difficult to estimate whether
you are on a straight line)
holding
your putter loosely between two fingers, raise it onto the imaginary
line so that the bottom of the putter's shaft blocks or partially
blocks out the ball from your sight.
move
the putter so that either side of the shaft dissects the ball into
two (thus you will see one half of the ball).
look
upwards at the top of the shaft and estimate how far the same side
of the shaft is from the edge of the hole; this distance is related
to how far you should aim your putt on this side of the hole
what
most do not know, is how this distance is related to how much the
putt breaks; most know that it does not equal the amount that the
putt breaks.
as
an example, let's say that the upper shaft is aligned 2 inches left
of the left edge of the hole. Since the hole is about 4 inches in
diameter (thus the edge of the hole is 2 inches from the hole's
center) the shaft is about 2 + 2 = 4 inches from the middle of the
hole. When plumb bobbing, this does not mean that the putt breaks
4 inches. It actually breaks more.
The slope
of the green is the single biggest factor in how
much your putt will break on the way to the hole,
but the fact is: most
golfers have a hard time reading break.
The number
one tool chosen by more and more Tour Pros and Caddies
to measure greens
is
the BreakMaster Digital Green Reader.